41 methane gas turbines

Recently we said that xAI had the largest data center with the highest computing capacity in the world. It occupies about 13 football fields and has already reached one gigawatt of power, the first in the world to achieve that computing capacity. All this has an enormous energy cost, but Elon Musk can rest assured because he has just been approved for the installation of 41 methane gas combustion turbines, to the dismay of neighbors and environmental defenders. What has happened? Elon Musk has obtained permits to install 41 methane gas turbines to power Colossus 2, its new mega data center located very close to the Tennessee-Mississippi border. The news comes amid strong opposition from both the community and activists, who denounce that air and noise pollution in the area will increase since the turbines that were already operating are going to be doubled. They say on NBC that during the public hearing, none of the speakers spoke in favor of the project, but it ended up being approved anyway. Two years of controversy. It all started in 2024 with the construction of Colossus in Memphis, Tennessee. Months later, xAI received permission to connect to the electrical grid with a maximum power of 150 megawatts, but it was not enough. In the summer of last year, the Southern Environmental Law Center (SELC) revealed that there were at least 26 gas turbines operating without the necessary permits. In the end they ended up giving him permission to install 15 turbines permanently. Activist organizations such as NAACP have filed lawsuits against xAI for violating the clean air law. The map of xAI facilities spread across the Tennessee-Mississippi border. Source: Google Maps. Preparation: Xataka With one foot in each state. The decision to install 41 additional turbines has been made by the Mississippi Department of Environmental Quality (MDEQ), which is where the turbines will be located, but Colossus 1 and 2 are in Tennessee, as can be seen on the map above these lines. That the data centers are in one state and most of the turbines in another is no coincidence. Although the clean air law It is the same for both, in practice Mississippi is being much more lax when it comes to applying it, as has been demonstrated with this decision. Although there is a border in between, we are talking about the same metropolitan area, so the effects on air quality harm both sides of the border equally. To put it more into context, between Colossus 2 and the facility where the turbines operate there is less than 2km of distance that can be traveled in less than 7 minutes by car. How much this pollutes. Memphis is one of the states with the worst air quality in the US, so much so that It is known as “the capital of asthma”. They recently counted on Electrek which, according to xAI’s own request, we are talking about 6 million tons of greenhouse gases and 1,300 tons of harmful atmospheric pollutants (nitrogen oxides and sulfur dioxide among others) each year. And they also point out a striking detail: while all this is happening, Tesla boasts that in 2024 it avoided the emission of 32 million tons of CO2. The level of cynicism is also through the roof. Image | xAI In Xataka | We have been talking for years about how AI consumes a lot of water. Everything comes from a book that was invented

A Japanese study is being able to transform methane into a clean energy source: turquorogen turquorogen

Green hydrogen is the best known for its production from renewable energy, becoming One of the cleanest options. However, there are other types of hydrogen that can be of less to more pollutants. Among which we are going to highlight turquoise hydrogen, because it has aroused interest in its production process from methane without emitting CO₂. Turquoise hydrogen. The Japanese company Ebara has begun to investigate The main benefits of using turquoise hydrogen in front of other types of hydrogen. In his studies he has found in this gas a clean alternative that comes from methane contained in natural gas or biogas. The National Institute of Materials Sciences and the University of Shizuoka participate in the project, as well as the Taiyo Koko material manufacturer. In addition, the initiative is part of the Organization for the Development of New Energies and Industrial Technologies, promoted by the Japanese Government. How is the process? The Japanese company has concentrated its work on the pyrolysis of methane, that is, in trying to separate hydrogen and solid carbon into different reactors. From this work, more efficient hydrogen can be produced without compromising the quality or amount of carbon generated. In addition, when separating solid carbon, the possibility of using it in a variety of industries, such as the manufacture of tires, carbon fibers for cars and airplanes, among others, is opened. What happens in Spain? If we have to talk about hydrogen and methanewe can talk about Spain, but before that a recent report has detailed that the Iberian Peninsula leads the energy transition with 82% of clean electricity. Spain has stood out for ambitious initiatives, such as the H2Med corridorwhich aims to create an infrastructure for the distribution of green hydrogen between Spain, France and other countries in Europe. For its part, the biomethane It is presented As an interesting option in the context of the transition towards cleaner and sustainable energy, being one of the sources to produce hydrogen without CO₂ emissions, as demanded by the growing energy industry. Turkish hydrogen forecasts. The future of turquoise hydrogen seems promising and Spain could become a great energy hub if combines the different projects that are underway. For its part, the Ebara company hopes to have its production process ready for marketing around 2026. In addition, the combination of clean hydrogen with solid carbon industrial applications opens new opportunities for the use of these materials in key sectors, such as automotive and aviation, which could transform not only energy, but also entire industries. Everything remains in Navarra. Apart from producing hydrogen through methane, there are also other investigations to continue taking advantage of this gas. A group of engineers from the same Autonomous Community managed to develop A solution by transforming the way clean energy occurs from methane. This research, focused on a technique of decomposition of methane, promises to offer a sustainable natural gas alternative without generating carbon dioxide emissions (CO₂). Image | Pixabay Xataka | The largest recorded methane is just a warning: we have been underestimating this greenhouse gas for decades

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